io.openems.edge.ess.test

Class DummyHybridEss

java.lang.Object

io.openems.edge.common.component.AbstractOpenemsComponent

io.openems.edge.ess.test.DummyHybridEss

All Implemented Interfaces:

OpenemsComponent, HybridEss, ManagedSymmetricEss, SymmetricEss

public class DummyHybridEss
extends AbstractOpenemsComponent
implements HybridEss, ManagedSymmetricEss, SymmetricEss, OpenemsComponent

Provides a simple, simulated HybridEss that is also a ManagedSymmetricEss component and can be used together with the OpenEMS Component test framework.

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	DummyHybridEss.ChannelId

Field Summary

Fields

Modifier and Type	Field and Description
static int	MAX_APPARENT_POWER

Fields inherited from interface io.openems.edge.ess.api.SymmetricEss

POWER_DOC_TEXT

Constructor Summary

Constructors

Constructor and Description
DummyHybridEss(java.lang.String id)
DummyHybridEss(java.lang.String id, Power power)

Method Summary

Modifier and Type	Method and Description
void	applyPower(int activePower, int reactivePower) Apply the calculated Power.
Power	getPower() Gets an instance of the 'Power' class, which allows to set limitations to Active and Reactive Power.
int	getPowerPrecision() Gets the smallest positive power that can be set (in W, VA or var).
java.lang.Integer	getSurplusPower() Gets the Dummy Surplus Power in [W].
DummyHybridEss	withMaxApparentPower(int value) Set SymmetricEss.ChannelId#MAX_APPARENT_POWER of this DummyHybridEss.
DummyHybridEss	withSurplusPower(java.lang.Integer value) Set DummyHybridEss.ChannelId.SURPLUS_POWER of this DummyHybridEss.

Methods inherited from class io.openems.edge.common.component.AbstractOpenemsComponent

_channel, activate, addChannel, addChannels, addChannels, alias, channels, deactivate, getComponentContext, id, isEnabled, logDebug, logError, logInfo, logWarn, modified, removeChannel

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface io.openems.edge.ess.api.HybridEss

_setDcChargeEnergy, _setDcChargeEnergy, _setDcDischargeEnergy, _setDcDischargeEnergy, _setDcDischargePower, getDcChargeEnergy, getDcChargeEnergyChannel, getDcDischargeEnergy, getDcDischargeEnergyChannel, getDcDischargePower, getDcDischargePowerChannel

Methods inherited from interface io.openems.edge.ess.api.ManagedSymmetricEss

_setAllowedChargePower, _setAllowedChargePower, _setAllowedDischargePower, _setAllowedDischargePower, _setApplyPowerFailed, _setDebugSetActivePower, _setDebugSetActivePower, _setDebugSetReactivePower, _setDebugSetReactivePower, addPowerConstraint, addPowerConstraintAndValidate, createPowerConstraint, getAllowedChargePower, getAllowedChargePowerChannel, getAllowedDischargePower, getAllowedDischargePowerChannel, getApplyPowerFailed, getApplyPowerFailedChannel, getDebugSetActivePower, getDebugSetActivePowerChannel, getDebugSetReactivePower, getDebugSetReactivePowerChannel, getModbusSlaveNatureTable, getSetActivePowerEqualsChannel, getSetActivePowerEqualsWithPidChannel, getSetActivePowerGreaterOrEqualsChannel, getSetActivePowerLessOrEqualsChannel, getSetReactivePowerEqualsChannel, getSetReactivePowerGreaterOrEqualsChannel, getSetReactivePowerLessOrEqualsChannel, getStaticConstraints, setActivePowerEquals, setActivePowerEqualsWithPid, setActivePowerGreaterOrEquals, setActivePowerLessOrEquals, setReactivePowerEquals, setReactivePowerGreaterOrEquals, setReactivePowerLessOrEquals

Methods inherited from interface io.openems.edge.ess.api.SymmetricEss

_setActiveChargeEnergy, _setActiveChargeEnergy, _setActiveDischargeEnergy, _setActiveDischargeEnergy, _setActivePower, _setActivePower, _setCapacity, _setCapacity, _setGridMode, _setMaxApparentPower, _setMaxApparentPower, _setMaxCellTemperature, _setMaxCellTemperature, _setMaxCellVoltage, _setMaxCellVoltage, _setMinCellTemperature, _setMinCellTemperature, _setMinCellVoltage, _setMinCellVoltage, _setReactivePower, _setReactivePower, _setSoc, _setSoc, getActiveChargeEnergy, getActiveChargeEnergyChannel, getActiveDischargeEnergy, getActiveDischargeEnergyChannel, getActivePower, getActivePowerChannel, getCapacity, getCapacityChannel, getGridMode, getGridModeChannel, getMaxApparentPower, getMaxApparentPowerChannel, getMaxCellTemperature, getMaxCellTemperatureChannel, getMaxCellVoltage, getMaxCellVoltageChannel, getMinCellTemperature, getMinCellTemperatureChannel, getMinCellVoltage, getMinCellVoltageChannel, getReactivePower, getReactivePowerChannel, getSoc, getSocChannel

Methods inherited from interface io.openems.edge.common.component.OpenemsComponent

_channel, _getChannelAs, alias, channel, channel, channels, debugLog, getComponentContext, getState, getStateChannel, hasFaults, id, isEnabled, logDebug, logError, logInfo, logWarn, serviceFactoryPid, servicePid, updateConfigurationProperty, updateReferenceFilter

Field Detail

MAX_APPARENT_POWER

public static final int MAX_APPARENT_POWER

See Also:

Constant Field Values

Constructor Detail

DummyHybridEss

public DummyHybridEss(java.lang.String id,
                      Power power)

DummyHybridEss

public DummyHybridEss(java.lang.String id)

Method Detail

getPower

public Power getPower()

Description copied from interface: ManagedSymmetricEss

Gets an instance of the 'Power' class, which allows to set limitations to Active and Reactive Power.

Specified by:

getPower in interface ManagedSymmetricEss

Returns:

the Power instance

applyPower

public void applyPower(int activePower,
                       int reactivePower)

Description copied from interface: ManagedSymmetricEss

Apply the calculated Power.

Careful: do not adjust activePower and reactivePower in this method, e.g. setting it to zero on error. The purpose of this method is solely to apply the calculated power to the ESS. If you need to constrain the allowed power, add Constraints using the ManagedSymmetricEss.getStaticConstraints() method.

Specified by:

applyPower in interface ManagedSymmetricEss

Parameters:

activePower - the active power in [W]

reactivePower - the reactive power in [var]

getPowerPrecision

public int getPowerPrecision()

Description copied from interface: ManagedSymmetricEss

Gets the smallest positive power that can be set (in W, VA or var). Example:

• FENECON Commercial 40 allows setting of power in 100 W steps. It should return 100.
• KACO blueplanet gridsave 50 allows setting of power in 0.1 % of 52 VA. It should return 52 (= 52000 * 0.001)

Specified by:

getPowerPrecision in interface ManagedSymmetricEss

Returns:

the power precision

withSurplusPower

public DummyHybridEss withSurplusPower(java.lang.Integer value)

Set DummyHybridEss.ChannelId.SURPLUS_POWER of this DummyHybridEss.

Parameters:

value - the surplus power

Returns:

myself

withMaxApparentPower

public DummyHybridEss withMaxApparentPower(int value)

Set SymmetricEss.ChannelId#MAX_APPARENT_POWER of this DummyHybridEss.

Parameters:

value - the max apparent power

Returns:

myself

getSurplusPower

public java.lang.Integer getSurplusPower()

Gets the Dummy Surplus Power in [W]. See DummyHybridEss.ChannelId.SURPLUS_POWER.

Specified by:

getSurplusPower in interface HybridEss

Returns:

the Channel Value or null